
Physics
7th EditionISBN10: 0073222704
ISBN13: 9780073222707
Copyright: 2007
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The estimated amount of time this product will be on the market is based on a number of factors, including faculty input to instructional design and the prior revision cycle and updates to academic research-which typically results in a revision cycle ranging from every two to four years for this product. Pricing subject to change at any time.
Program Details
Part I MECHANICS
1 Introduction
2 Technical Mathematics
3 Technical Measurements and Vectors
4 Translational Equilibrium and Friction
5 Torque and Rotational Equilibrium
6 Uniform Acceleration
7 Newton's Second Law
8 Work, Energy, and Power
9 Impulse and Momentum
10 Uniform Circular Motion.
11 Rotation of Rigid Bodies
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
2 Technical Mathematics
3 Technical Measurements and Vectors
4 Translational Equilibrium and Friction
5 Torque and Rotational Equilibrium
6 Uniform Acceleration
7 Newton's Second Law
8 Work, Energy, and Power
9 Impulse and Momentum
10 Uniform Circular Motion.
11 Rotation of Rigid Bodies
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
4 Translational Equilibrium and Friction
5 Torque and Rotational Equilibrium
6 Uniform Acceleration
7 Newton's Second Law
8 Work, Energy, and Power
9 Impulse and Momentum
10 Uniform Circular Motion.
11 Rotation of Rigid Bodies
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
6 Uniform Acceleration
7 Newton's Second Law
8 Work, Energy, and Power
9 Impulse and Momentum
10 Uniform Circular Motion.
11 Rotation of Rigid Bodies
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
8 Work, Energy, and Power
9 Impulse and Momentum
10 Uniform Circular Motion.
11 Rotation of Rigid Bodies
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
10 Uniform Circular Motion.
11 Rotation of Rigid Bodies
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
39 Nuclear Physics and the Nucleus
INDEX
About the Author
Paul Tippens
Part I MECHANICS
1 Introduction
2 Technical Mathematics
3 Technical Measurements and Vectors
4 Translational Equilibrium and Friction
5 Torque and Rotational Equilibrium
6 Uniform Acceleration
7 Newton's Second Law
8 Work, Energy, and Power
9 Impulse and Momentum
10 Uniform Circular Motion.
11 Rotation of Rigid Bodies
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
2 Technical Mathematics
3 Technical Measurements and Vectors
4 Translational Equilibrium and Friction
5 Torque and Rotational Equilibrium
6 Uniform Acceleration
7 Newton's Second Law
8 Work, Energy, and Power
9 Impulse and Momentum
10 Uniform Circular Motion.
11 Rotation of Rigid Bodies
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
4 Translational Equilibrium and Friction
5 Torque and Rotational Equilibrium
6 Uniform Acceleration
7 Newton's Second Law
8 Work, Energy, and Power
9 Impulse and Momentum
10 Uniform Circular Motion.
11 Rotation of Rigid Bodies
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
6 Uniform Acceleration
7 Newton's Second Law
8 Work, Energy, and Power
9 Impulse and Momentum
10 Uniform Circular Motion.
11 Rotation of Rigid Bodies
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
8 Work, Energy, and Power
9 Impulse and Momentum
10 Uniform Circular Motion.
11 Rotation of Rigid Bodies
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
10 Uniform Circular Motion.
11 Rotation of Rigid Bodies
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
12 Simple Machines
13 Elasticity
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
14 Simple Harmonic Motion
15 Fluids
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
Part II THERMODYNAMICS, MECHANICAL WAVES, AND SOUND
16 Temperature and Expansion
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
17 Quantity of Heat
18 Transfer of Heat
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
19 Thermal Properties of Matter
20 Thermodynamics
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
21 Mechanical Waves
22 Sound
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
Part III ELECTRICITY, MAGNETISM, AND OPTICS
23 The Electric Force
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
24 The Electric Field
25 Electric Potential
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
26 Capacitance
27 Current and Resistance
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
28 Direct-Current Circuits
29 Magnetism and the Magnetic Field
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
30 Forces and Torques in a Magnetic Field
31 Electromagnetic Induction
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
32 Alternating-Current Circuits
33 Light and Illumination
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
34 Reflection and Mirrors
35 Refraction
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
36 Lenses and Optical Instruments
37 Interference, Diffraction, and Polarization
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
Part IV MODERN PHYSICS
38 Modern Physics and the Atom
39 Nuclear Physics and the Nucleus
INDEX
39 Nuclear Physics and the Nucleus
INDEX
About the Author
Paul Tippens
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